'danceroom Spectroscopy' is an interactive audiovisual art installation and performance system driven by rigorous algorithms commonly used to simulate and analyze nanoscale atomic dynamics. 'danceroom Spectroscopy' interprets humans as “energy landscapes,” resulting in an interactive system in which human energy fields are embedded within a simulation of thousands of atoms. Users are able to sculpt the atomic dynamics using their movements and experience their interactions visually and sonically in real time. 'danceroom Spectroscopy' has so far been deployed as both an interactive sci-art installation and as the platform for a dance performance called 'Hidden Fields'
Dancers express their feelings and moods through gestures and body movements. We seek to extend this...
This thesis describes the investigation of selected concepts in chemistry as prompts for movement in...
"Dancing Mirror" is the interactive installation that extracts a part of participants' motions and u...
© 2016 ISAST. Danceroom Spectroscopy is an interactive audiovisual art installation and performance ...
© Springer International Publishing Switzerland 2016. The depiction of atoms and molecules in scient...
Molecular Music is an offshoot of a long-term collaborative project, the multi- award winning dancer...
DigitalBeing is an ambient intelligent system that aims to use stage lighting and lighting in projec...
Artists increasingly utilize computational tools to generate art works. Computational approaches to ...
This chapter seeks to explore the development of an ambient intelligent dance space. In particular, ...
This paper describes an audio-visual performance system based on real-time fluid simulation. The aim...
This paper describes an arts-science collaborative project titled Standing Waves, which creatively e...
The purpose of this study is to investigate new tools for the artistic expression, which allow artis...
This paper reflects on the creation and perception of an interactive spatial ChoreoSonic performance...
Three Interactive Scenes of The Crystal Cabinet Åsa Unander-Scharin, Luleå University of Technolog...
In the academic culture, science and art are often viewed as wholly separate intellectual spheres. W...
Dancers express their feelings and moods through gestures and body movements. We seek to extend this...
This thesis describes the investigation of selected concepts in chemistry as prompts for movement in...
"Dancing Mirror" is the interactive installation that extracts a part of participants' motions and u...
© 2016 ISAST. Danceroom Spectroscopy is an interactive audiovisual art installation and performance ...
© Springer International Publishing Switzerland 2016. The depiction of atoms and molecules in scient...
Molecular Music is an offshoot of a long-term collaborative project, the multi- award winning dancer...
DigitalBeing is an ambient intelligent system that aims to use stage lighting and lighting in projec...
Artists increasingly utilize computational tools to generate art works. Computational approaches to ...
This chapter seeks to explore the development of an ambient intelligent dance space. In particular, ...
This paper describes an audio-visual performance system based on real-time fluid simulation. The aim...
This paper describes an arts-science collaborative project titled Standing Waves, which creatively e...
The purpose of this study is to investigate new tools for the artistic expression, which allow artis...
This paper reflects on the creation and perception of an interactive spatial ChoreoSonic performance...
Three Interactive Scenes of The Crystal Cabinet Åsa Unander-Scharin, Luleå University of Technolog...
In the academic culture, science and art are often viewed as wholly separate intellectual spheres. W...
Dancers express their feelings and moods through gestures and body movements. We seek to extend this...
This thesis describes the investigation of selected concepts in chemistry as prompts for movement in...
"Dancing Mirror" is the interactive installation that extracts a part of participants' motions and u...